KR20060096702A - Sanitary shoe chest - Google Patents

Abstract

The present invention relates to a sanitary shoe box for hygienic storage of shoes by removing the odor of the shoes contained in the shoe box and at the same time sterilize various bacteria. In the sanitary shoe box according to the present invention, the shoe sterilization unit for supplying ozone and anion is mounted on the upper part of the main body of the sanitary shoe box to remove various germs and odors remaining in the shoe, so that the shoe is hygienically stored and a plurality of structures of the shoe support part are provided. It is composed of two bar-shaped members, so that ozone and negative ions can be evenly circulated to the lower part of the shoe box. By improving the structure of the shoe support, it is easy to reduce the cost and maintain the sanitary shoe box.

Shoe box, ozone, anion, sanitary shoe box

Description

Sanitary Shoe Cabinet {SANITARY SHOE CHEST}

1 is a perspective view of the sanitary shoe box according to an embodiment of the present invention.

Figure 2 is a perspective view showing the internal configuration of the shoe sterilization unit of the sanitary shoe box according to an embodiment of the present invention.

Figure 3 is a view showing the various coupling portions formed on the opposite side inside the body to accommodate the shoe support in the sanitary shoe box according to an embodiment of the present invention.

<Description of the symbols for the main parts of the drawings>

10: shoe cabinet body 20: shoe sterilization unit

21: power supply transformer 22: shoe sterilizer case

23: blower fan 24: ozone generator

25: operation panel 26: negative ion generator

27: main PCB assembly 28: screen

30: shoe base 36: a plurality of bar-shaped member

31, 32, 33, 34: coupling

The present invention relates to a shoe closet, and more particularly, to a sanitary shoe closet for hygienic storage of shoes by removing various odors of shoes contained in the shoe closet and sterilizing various bacteria.

Inside the shoes that humans usually wear, various bacteria, fungi, microorganisms, etc. harmful to the human body are easily parasitic, and sweat and dust from human feet may cause odors. There is also a method of directly washing the shoes to remove such odors and bacteria, there is a problem that there is also a cumbersome shoes that can not be directly washed. However, as the strong sterilizing power and deodorizing power of ozone began to be known, a sanitary shoe rack that could hygienically manage shoes using the function of ozone began to be developed. The conventional sanitary shoe box developed as described above was a method of generating ozone to move to a fan, and installing the pipe inside the shoe box and spraying it on each floor, or by inserting the pipe entrance and exit directly into the shoe. In addition, by removing the moisture by discharging the heat to the fan using a heater, or in a more detailed system by adding a sensor for detecting the amount of ozone emission to display on the display window, and the temperature using the heater heat sensor Most of the system was marked with the system. However, the system applied to the conventional products has more functions than necessary, and the mechanisms for spraying ozone or negative ions to the place where the shoes are placed inside the shoe box are complicated and expensive, which makes economical burden and parts replacement. Consumer complaints are on the rise.

In order to solve this problem in the related art, it is an object of the present invention to provide a sanitary shoe rack equipped with a shoe sterilizer which can satisfy various conditions and is simple and can be controlled in operation and operation time.

Another object of the present invention is to provide a sanitary shoe box equipped with an improved shoe support unit so that ozone and anions can be evenly distributed in the whole area inside the shoe box.

Still another object of the present invention is to provide a sanitary shoe rack that can select and couple the position of the shoe support unit according to the size of the shoe.

In order to achieve the above object, the sanitary shoe cabinet according to the present invention includes a shoe cabinet body for forming a shoe storage space, a shoe sterilization unit mounted on an upper portion of the shoe cabinet body to supply ozone and anion to a downstream side of the shoe cabinet body, and A shoe support is installed across the inner space of the shoebox main body and supports a shoe that is stored while keeping the upper and lower portions of the inner space open to each other. The shoe sterilization unit includes an ozone generator that generates ozone, and the ozone. It may be formed to include an anion generator that is disposed side by side adjacent to the generator to generate anion, and a blowing fan for supplying ozone and anion generated downstream to be disposed adjacent to the ozone generator and the anion generator, respectively.

In addition, the shoe support may include a plurality of bar (bar) member is arranged side by side horizontally, inwardly recessed groove or outward in which the end of the bar-shaped member is coupled and supported on the opposite side of the interior of the shoe cabinet body Coupling portions having protruding grooves may be formed.

In addition, the insect screen may be further formed adjacent to the lower portion of the ozone generator and the negative ion generator.

On the other hand, the sanitary shoe box according to an embodiment of the present invention, the operation panel installed on the front of the shoe sterilization unit to input information for operating the ozone generator, anion generator, and the blowing fan in the selection mode, and one side of the shoe sterilization unit And a main PCB assembly arranged to control the operation of the ozone generator, the negative ion generator, and the blower fan in a selected mode according to the information input to the operation panel.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Figure 1 shows a sanitary shoe box (door not shown) according to an embodiment of the present invention. The sanitary shoe box is a shoe support unit (10), a shoe sterilization unit 20 mounted on the upper portion of the shoe cabinet body 10, and a shoe support for supporting the shoes installed in the shoe cabinet body (10) ( 30).

The shoe sterilizer 20 may be detachably coupled to an upper portion of the shoebox main body 10 to facilitate maintenance and repair. On the other hand, since the shoe support 30 is formed in the upper and lower spaces of the inner space of the shoe closet to each other, ozone and anion supplied from the shoe sterilization unit 20 can be circulated in the direction of the arrow shown in FIG. .

Figure 2 is a perspective view showing the internal configuration of the shoe sterilization unit of the sanitary shoe box according to an embodiment of the present invention.

First, an ozone generator 24 and an anion generator 26 for generating ozone and anion, respectively, are disposed adjacent to each other in the shoe sterilization case case 22, and the ozone generator 24 and the anion generator 26 are disposed adjacent to each other. The blowing fan 23 is disposed to be adjacent to the upstream side of each to supply ozone and negative ions generated to the downstream side (in the direction of the arrow in FIG. 2), and to the downstream side of the ozone generator 24 and the negative ion generator 26. 28) is formed. In addition, at one side of the shoe sterilizer case 22, a power supply transformer 21 for supplying power to the shoe sterilizer 20 is disposed, and an operation panel 25 is installed at the front of the shoe sterilizer 20, and the shoe The other side of the sterilization unit 20 is a main PCB (Printed Circuit Board) for controlling the operation of the ozone generator 24, the negative ion generator 26, and the blowing fan 23 according to the input information of the operation panel 25 The assembly is placed. In addition, the operation panel 25 is preferably composed of a PCB panel assembly.

Therefore, when the user selects the switch provided in the operation panel 25 in a desired mode, the ozone generator 24 and the upstream of the ozone generator 24 provided in the shoe sterilizer 20 are simultaneously selected. The blowing fan 23 arranged on the side operates, and the generated ozone passes through the insect screen 28 and is supplied to the inner downstream side of the shoebox main body 10. The ozone supplied to the downstream side circulates inside the shoebox main body 10 to sterilize various bacteria remaining in the shoe and remove odors.

When a predetermined time elapses according to the selection mode, the built-in microprocessor computer (hereinafter referred to as 'microcom') of the main PCB assembly 27 disposed on the other side of the shoe sterilizer case 22 is moved on the operation panel 25. Automatically control according to the selected mode to stop the operation of the ozone generator 24 and the blower fan 23, the negative ion generator 26 disposed on the right side of the ozone generator 24 and the upstream side of the negative ion generator 26 Operate the blowing fan 23 disposed in the, the generated negative ions pass through the insect screen 28 is supplied to the inner downstream side of the shoebox main body (10). Negative ions supplied to the downstream side circulate the inside of the shoebox main body 10 to neutralize harmful substances present in the shoebox and serve to purify the air. In addition, when a predetermined time elapses, the negative ion generator 26 and the blower fan 23 are stopped by the built-in microcomputer of the main PCB assembly 27.

Figure 3 is a view showing the various coupling portions formed on the opposite side inside the body to accommodate the shoe support in the sanitary shoe box according to an embodiment of the present invention.

As shown in FIGS. 1 and 3, a shoe support unit 30 is formed across the inner space of the shoe box body 10, and the shoe holder body 10 is configured to accommodate the shoe support unit 30. Couplings are formed on opposite sides. The shoe support portion 30 can be appropriately selected and combined according to the number of layers of the desired shoe box, preferably a shoe box forming three to four layers.

Instead of the conventional rectangular plate member, the shoe support part 30 is composed of a plurality of bar-shaped members 36 arranged horizontally side by side, and through an opening formed between the plurality of bar-shaped members. Ozone and anion supplied from the shoe sterilizer 20 may be smoothly circulated to the lower part of the sanitary shoe box. The number of bar-shaped members 36 can be selected according to the size of shoes, preferably two to three.

As illustrated in FIG. 3, various coupling parts having inward recessed grooves or outwardly projected grooves on which opposite ends of the plurality of bar-shaped members 36 are coupled to and supported on opposite sides of the shoebox main body 10 ( A, B, C, D type) is shown. The A type and B type coupling portions 31 and 32 have inward recessed grooves of the shape corresponding to the circle when the cross section of the bar-shaped member is circular, on the opposite side of the shoe box body 10. C-type coupling portion 33 has an inward recessed groove extending in the horizontal direction with the ground on the opposite side of the shoe cabinet main body 10 and a plurality of inward recessed grooves extending from the groove toward the ground, D type coupling portion 34 ) Protrudes outward based on the opposite side of the shoebox main body 10, and a plurality of grooves are formed in the outward protrusion to support the bar-shaped member 36. In the case of the C type and D type coupling parts 33 and 34, the user can appropriately move the bar type member 36 horizontally according to the size of the shoe.

The sanitary shoe cabinet may be manufactured as a single product, but may be installed in a built-in type for each generation, such as a large apartment complex.

The foregoing is merely illustrative of the preferred embodiments of the present invention, and various modifications are possible to those skilled in the art without departing from the spirit of the present invention as set forth in the appended claims. .

As described above, in the sanitary shoe box according to the present invention, as in the conventional products, the method of delivering ozone or anion to each layer may be applied by constructing a separate plumbing facility in the shoe box or inserting a pipe directly into the shoe. Rather, it is characterized in that ozone and anion are supplied from the shoe sterilization unit mounted on the upper part of the sanitary shoebox body, and the ozone and negative ions are smoothly circulated to the lower part of the sanitary shoebox by the improved shoe support. The sanitary shoe box according to the embodiment of the present invention does not have to use an expensive mechanism including more functions than necessary to supply ozone and anions, thereby reducing costs and being economical, and do not plumb directly to shoes or without additional piping work. It can be used without the advantage of easy maintenance and management. In addition, it is possible to sterilize and deodorize shoes that are the main culprit for worsening the environment of the shoebox, the inside of the shoebox has the advantage that can be maintained in a condition that is difficult to parasitic harmful substances.

Claims (5)

A shoe cabinet body forming a shoe storage space; A shoe sterilizing unit mounted on an upper portion of the main body of the shoe cabinet and supplying ozone and anions to a downstream side of the main body of the shoe cabinet; And It is installed across the inner space of the shoe cabinet body, and includes a shoe support for supporting the shoes stored while keeping the upper and lower portions of the inner space open to each other, The shoe sterilization unit, Ozone generator for generating ozone; An anion generator disposed side by side adjacent to the ozone generator to generate an anion; And A blowing fan arranged to be adjacent to the ozone generator and the anion generator, respectively, to supply the generated ozone and anion to the downstream side Sanitary shoe box containing a. The method of claim 1, The shoe support unit is a hygiene shoe cabinet including a plurality of bar (bar) member arranged side by side horizontally. The method of claim 2, The opposite side of the shoebox main body sanitary shoe box is formed with a coupling portion having an inward recess or outwardly projecting groove is coupled to the end of the bar-shaped member is supported. The method of claim 1, Sanitary shoe box adjacent to the lower portion of the ozone generator and the negative ion generator, the insect screen is further formed. The method according to any one of claims 1 to 4,  An operation panel provided at the front of the shoe sterilization unit for inputting information for operating the ozone generator, the negative ion generator, and the blower fan in the selection mode, and disposed at one side of the shoe sterilization unit, and according to the information input to the operation panel. A sanitary shoe cabinet comprising an ozone generator, anion generator, and a main PCB assembly that controls the operation of a blower fan in a selected mode.

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